Preventive effect of daiokanzoto (tj-84) on 5-Fluorouracil-Induced human gingival cell death through the inhibition of reactive oxygen species production

Medicine & Life Sciences

• daiokanzoto 100%
• Fluorouracil 43%
• Reactive Oxygen Species 36%
• Cell Death 34%
• Nucleotides 11%
• L-Lactate Dehydrogenase 10%
• Kampo Medicine 10%
• Stomatitis 8%
• Caspase 1 8%
• Mitochondria 5%
• Herbal Medicine 3%
• Interleukins 3%
• Mouth Mucosa 3%
• Nitric Oxide 2%
• Cell Survival 2%
• Up-Regulation 2%
• Cell Line 2%
• Inflammation 2%
• Therapeutics 0%

Agriculture & Biology

• fluorouracil 59%
• cell death 42%
• reactive oxygen species 37%
• caspase-1 11%
• lactate dehydrogenase 10%
• nucleotides 9%
• cells 5%
• mouth diseases 5%
• mitochondria 5%
• digestive tract mucosa 4%
• interleukins 4%
• herbal medicines 4%
• cell viability 3%
• inflammation 3%
• nitric oxide 3%
• immune response 2%
• therapeutics 2%
• transcription factors 2%
• mouth 2%
• death 2%
• cell lines 2%
• secretion 2%

Chemical Compounds

• Cell Death 48%
• 5-Fluorouracil 47%
• Reactive Oxygen Metabolite 42%
• Lactate 19%
• Depolarization 7%
• Cell Viability 6%
• Nitric Oxide 6%
• Antineoplastic Agent 5%
• Cleavage 4%
• Pore 4%